Combined planter and fertilizer-distributer.



R. E. DIAL.

COMBINED PLAN'TER AND FERTILIZER DISTRIBUTER.

APPLICATlON FILED JUNE w, 1916.

' Patented Feb. 20,1917.

2 SHEETS-SHEET I.

Attorneys YNE mwms PETERS co mmmuma. \VASNINGFDN. o c.

R'. E. DIAL.

COMBINED PLANTER AND FERTILIZER DISTRIBUTER.

APPLICATION FILED JUNE I0, I9I6.

Patented Feb. 20, 1917.

2 SHEETSSHEET 2.

INA NORRIS nurzm cu momuwa wnsmmzwry, n. c

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ROBERT DIAL, or a'rnnn'ron, INDI NA, assrenon or ONE-HALF 10 JOSEPH c.

- srARK, or a'rnnn'ron, INDIANA.

COMBINED PLANTER AND FERTILIZER-DISTRIBUTER.

check row type in which check wires are not employed, and is more particularly designed as an improvement upon the structure disclosed in Patent No. 7 0%,622, issued to me and M. E. Garwood on July 15, 1902.

One of the objects of the invention is to provide a continuously rotating actuating mechanism having means under the control of the supporting wheels of the machine, for coupling said mechanism to an agitating shaft whereby the shaft will complete one revolution each time it is coupled to the mechanism and will then be automatically uncoupled, thereby to thoroughly agitate the contents of the hoppers.

A further object is to provide coupling and uncoupling mechanism including a rock shaft which controls the dropping of material to the ground from the hoppers.

A still further object is to provide a marker ofnovel form designed to work up and down relative to the body of the ma-' chine. and which is capable of shifting out of its normal position relative to its operating mechanism should it come into contact with an unyielding obstruction, thus" preventing injury to the mechanism. 7

Another object is to provide indicators of novel form for use in connection with the machine, said indicators being so mounted as to wipe past trees or other obstructions in-the paths thereof without injury but being designed to automatically return to their active positions afterthey have passed the obstruction. 1 r

With the foregoing and other objects in view which will appear asthe description proceeds, theinvention resides in the combination and arrangement'of parts and in the details of construction hereinafter described and claimed, it being understood that changes in theprecise embodiment of the invention herein disclosed, can be made within the scope of what is claimed, wlth- Specification of Letters Patent.

Patented Feb. aaieiv.

Application filed June 10, 1916. Serial No. 102,907.

fork.

tureshown in Fig. 5.

. Fig. 7 isa perspective view of one of the mutilated gears forming a part of the dropper operating mechanism.

Fig. 8 is a face View of another mutilated gear forming apart of said mechanism.

Referring to the figures by characters of reference 1 designates an axle supported by wheels 2 one of which may be provided with any suitable means, such as wings, 3 for preventing it from slipping longitudinally upon the ground, the rims of. the wheels be ing preferably concaved transverselyso as to prevent lateral, slipping or skidding. The axle 1 rotates with the wheels and feathered on the axle is a conical clutch member 4 adapted tobe shifted in any suitable manner, as by means of a lever 5, so as to move into or out of engagementwith a clutch member 6 whichis loosely mounted on the shaft or axle 1'. This clutch member 6 is provided, on one face, with a mutilated gear' 7 the teeth of which are grouped together at intervals of approximately 90 degrees. Obviously when the clutch member at is shifted into the member 6, the mutilated gear 7 willbe; coupled to axle 1 whereas, when the clutch member 4 is shifted in the opposite direction, the mutilated 'gearwill be uncoupledfrom the shaft. y j

A frame 8 is tiltably mounted on the axle 1 and the front end of the frame is extended between and pivotally connected to brackets 9 which extend rearwardly from a front or supplemental frame 10 to which is erably divided, by a partition 13, into a seed Fig. 5 is a side elevation of the marking Fig. 6 is a front elevation of the struccompartment 14- and v a fertilizer compart- V ment 15. Openings 16 are provided in the bottom of the fertilizer compartment and discharge into the'upper portion of a boot l'i whichis connected to the rear portion of a runner 18. The front or upper ends of 'therunners are connected by a cross barl9 which is secured to the draft tongue 11. It is of course to be understood that each of the boots is divided longitudinally to form separate passages for the contents of the respective compartments of the hopper above the boots and that each ofthese passages is provided witha' valve of the usual type. As

the droppingmechanism constitutes no part of the present invention, it is not deemed necessary'to show or describe it in detail. It might be stated, however, that the inner side ofjeach boot is cut away, as shown at f 20'so that the contents of the inner compartment 15 of each hopper, when dischargediinto the inner passage in the boot thereunder, will spread laterally to a slight extentonto the ground so it can be easily seen by the driver, particularly where the material contained in the compartment 15 isfertilizer. 1 l The tongue 11 has an extension 21 which projects under the front portion of the main or tiltable frame 8 and this extension is slidably engaged by a" rod 22 attached to an arm 23' extending forwardly from'the' pivoted endof aniadjustinglever 24. A col lar 25 is provided on the lower end of the rod 22for limiting the upward movement of the rod within theextension 21 and a spring 26 is mounted on the rod andbears at its lower end uponthe extension 21 and at its upper end against a portion of the frame 8. As the front portion of the tongue 11 is designed tobe supported by the draft animal, it

will be apparentthat whenarm 23 is swung upwardly it will pull upwardlythrough rod 1 a 22 'upon'thelextension'21 and thus cause the rear 'portionof tongue 11 to swing upwardly,

correspondingly swinging the front end porc tion" of the'frame Sand thus causing the "front'or supplemental frame 10 to be eleyated. This will lift the runners 18 out of contact with the ground. reversing the V movement of the arm 23 the runnerscan be lowered onto the ground. Lever 24 is pref- V crably provided with a dog 27 cooperating Y with atoothed segment 28 whereby the lever can be-locked in any position to which it may be adjusted.

A rock shaft 29' is j'ournaled at itsj'ends within the upper portions of the boots 17 and the ends of this rock'shaft are prefer- {ably connected to thevalves within the boots and; which havenot been shown; Extending forwardly from the rock shaft is a fork 30'and connected to this fork'and to the back portion of the front frame-10 isa spring 31 which holds the shaft yieldingly in a predek termined position. The fork 3O overhangs a bracket 32 which is suspended from the front portion of frame 10 and slidably mounted within this bracket and also within the fork 30. is a plunger 33 pivotally connected at its upper end to a lever 34. This lever extends from a rock shaft 35 mounted in brackets 36 which extend upwardly from the" front end portion of the frame 8. A spring 37 is mounted on the rod 33 and bears at its upper end against a stop collar 38 while its lower end bears against a sleeve 39 slidably mounted on the rod 33.

Guide brackets 40 are extended from the rear portion of the frame 10 and slidably mounted in these brackets is a stem 41 to the lower end of which is pivotally connected a fork 42. An ear 4:3 is formed integral with the fork and extends from the pivotal portion thereof, this ear being normally held against movement relative to the stem ll by a break pin 44: formed of wood or the like and which is extended through ears 15 on the stem 11. Longitudinal slots 4C6 are formed in stem 4L1 at diametrically opposed points and housed within the stem and between the slots is a coiled spring 17. A pin l8 is extended transversely through the stem and is slidably mounted in the slots, this pin bearing downwardly on the spring 47. Said pin is connected to the forked end 49 of a hanger 50 which is pivotally connected to an arm 51 extending forwardly from the rock shaft 35.

Extending rearwardly from the shaft 35 is an arm 52 connected by a spring 53 to the frame 8, this spring and the arm attached thereto serving to hold the hanger 50 and the rod 33 normally elevated as shown in Figs. 2 and 3.

An arm 5a is extended rearwardly from the rock shaft and has a hanger 55 pivotally connected thereto and slidably mounted within an opening 56 formed in a block .57 which is fixedly connected to the front portion of the frame 8. This hanger normally extends in the path of a lifting cam made up of spaced arms 58 coimected by one or more rollers 59. The cam is attached to a longitudinal shaft 60 'journaled in the frame 8 and having a mutilated gear 61' designed to be actuated by the mutilated gear 7. The parts are so located and proportioned that when shaft 60 is rotated in one direction, the rollers 59 of the cam will be brought successively to position under the hanger 55 and will thrust said hanger upwardly, thus actuating the shaft 35 and the parts connected thereto.

A shaft 62 is journaled at its ends Within 1 r the bottom portions of the hoppers 12, this shaft being provided at its ends with suitable agitating means such as worms 63 and alsowith suitable seed dropping means not shown. A clutch member 64 1s feathered on the rear portion of frame 8 and a transverse shaft 73 is journaled upon the rear end of the frame 8 and carries scrapers 74 designed to he shlfted into and out of engagementwith the peripheries of the wheels 2. This scraper can be actuated by means of a-rod 7 5 extending from a depending arm 76 on the shaft 73 and attached to a foot lever 77 located in front of and close to the seat 72.

Pivotally connected to a bracket 78 extending forwardly from the outer side of:

each hopper 12 is an indicating arm 79 the inner end of which is connected by a spring 80 to the bracket 78 so that said indicating arm will be normally extended laterally from the machine. When the arm'is not in use as an indicator it can be swung backwardly and inwardly against the side of the machine and placed in engagement with a hook 81 extending from the outer side of the adjacent hopper. By lifting the arm out of engagement with the hook 81, the spring 80 will swing the arm outwardly to itslaterally extended position as shown at the right'of Fig. 1. p Q

Under ordinary conditions when the ma chine is drawn forward the mutilated gear 6 will remain stationary and all parts controlled thereby will also remain stationary. However, as sprocket 7 O rotates with the axle-1, the chain 69 and sprocket 68 will continuously rotate. The. clutch members 67 and 64 however, will be held out of engagement with each other because finger 65 will engage finger 66 and thus cause the clutch member 64 to be shifted laterally against the action of the spring 64 which bears against said clutch member. When it is desired to operate the dropping mechanism, clutch 4 is shifted into engagement with clutch 6, thus coupling the mutilated gear 7 to the axle 1. Consequently, during the rotation of the axle, the shaft 60 will be intermittently rotated. During each movement of the shaft 60 one of the rollers 59 will come against and elevate the hanger with the result that shaft 35 will be rotated and the lever 34 and arm 51 will be swung downwardly. The downward movement of lever 34will cause sleeve 39 to come against fork 30 and rock shaft 29 which'will open the valves in thejboots 17 andat the same time shift the finger 66 out of engagement with finger 65. Consequently, spring 64 will shift clutch member 64 into engagement with clutch member 67 and sprocket 68 will thus becouple'd to shaft 62. The rocking of shaft 29 is only momentary and the finger 66 will move back against the clutch member 64 but as shaft rotates intermittently, finger66 will again move away from clutch member 64 before it can be engaged by finger 65, the parts working in properly'timed relation. Thus shaft 62 will rotate continuously,'but should clutch member 64 be shifted laterally out of engagement withclutch 67 shaft 60 and finger 66 would remain stationary and sald finger would engage finger and uncouple the clutch members 64 and 67. The downward movement of arm! 51 will result in the downward shifting of the stem 41 and fork 42 will thus be pressed into the soil and will make a mark which will be plainly discernible during the return trip of the machine along the next adjoining row. By providing the spring pressed sleeve 39 for engaging fork 30, there is no danger of any of the parts becoming broken should some of the mechanism become clogged or be held against action from any other cause. Likewise by providing a spring 47, the same will become compressed should the fork 42 be lowered against an unyielding obstruction. Should the fork be forced into the ground and not lift readily therefrom, pin 44 will break, thus permitting the fork to swing about its pivotal connection with the stem 41 and preventing injury to any of the mechanism of the machine.

The indicators 79 serve as means for properly placing the machine at the beginning of a row, these indicators pointing to one of the marks made by the fork 42.

- The indicators 79 can obviously come shaft and a revoluble dropper shaft, of a drive member revolubly mounted on the dropper. shaft, a clutch member cotiperatmg therewith and feathered on said shaft, co-

operating means upon the rock shaft and clutch member for holdmg said clutch member disengaged from the drive member, an

intermittently revoluble shaft, a cam carried thereby, a member'shiftable by the cam, and

means operated by said shiftable member for momentarily'actuating the rock shaft.

'2. In a'machine of the class described, the

combination with a valve controlling rock shaft and a revoluble dropper shaft, of a I 1 combination with a revoluble dropper shaft,

a, drive member mounted forrotation theredropper shaft, a clutch member cooperating therewith and feathered on said shaft, cooperating means upon the rock shaft and clutch member for holding said clutch member disengaged from the drive member, an intermittently revoluble shaft, a cam carried thereby, a hanger'shiftable' by the cam, and means operated by the hanger for momentarily actuating the, rock shaft, said means including a fork upon the rock shaft, a hanger, a connection between the two hangers, and yieldingly heldmeans upon one of the hangers forengaging the fork.

' 3. In amachine of the class described, the

to, said clutch member being yieldingly held, of an outstanding projection upon said clutch member, a valve actuating rock shaft, a shifting finger upon said shaft and normally projecting into the path of the projection to shift the clutch member out of engagement With the drive member, a shaft, a cam thereon, means operated by the supporting wheels of the machine for intermittently actuating said shaft, a plunger upon the cam and shiftable thereby, and means operated by the plunger for actuating the rock shaft to release the clutch member.

In testimony that I claim the foregoing as my own, I have hereto afiixed my signature in-the presence of two witnesses.

ROBERT E. DIAL.

Witnesses:

LLOYD DIAL, J. J. HIGGINS.

Copies of this patent may be: obtained for, five cents each, by addressing the Commissioner of Patents,

' V V Washington, D. C. 

